cyclone separator centrifugal

Applications: 

• Nozzle protection 

• Mechanical seal protection 

• Protection of heat exchanger surfaces to increase  efficiency

 • Removal of sand and grit prior to cooling  tower basins and to prevent the fouling of heat  exchanger tubes

• Pre-filtration for bag, cartridge, screen, disc,  sand media filters, and centrifuges • Intake water liquid particle separation (river water,  lakes, wells) 

• Sludge removal from industrial wastewater • Recycling of solvents used in painting, machining, and  other industrial processes 

• Machine tool coolant filtration to extend coolant and  tool life • Steel mills - cleaning, quench, and wash water

 • Particle removal in oil and gas extraction and production 

• Filtration of hot oil in food processing plants to protect  heat exchangers

• Market segments - industrial, commercial/HVAC,  municipal, irrigation, food, oil and gas

How it works 1. Particles enter the unit via the tangential  inlet (1), driving circular flow within the  separator. 2. Liquid velocity is increased by the internal acceleration barrel (2). 3. Particles are separated from the liquid by  the centrifugal action caused by the circular  flow in the unit. 4. Fluid from which the separable solids have  been removed is drawn to the center of  the vortex. The Vor-plate (3) enhances particle  separation efficiency and controls liquid  turbulence. Liquid from which the  separable particles have been removed  is drawn to the center of the circling liquid  (vortex) and driven up an internal pipe  feeding to the outlet.  5. The clean liquid exits the unit at the top  via the outlet (4). 6. The separated particles are concentrated  in the collection chamber (5) and removed  through the purg